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Jan 01, 2019 · A material is crushed in a Blake jaw crusher such that the average size of particle is reduced from 50 to 10 mm with the consumption of energy of 13.0 kW/(kg/s). What would be the consumption of energy needed to crush the same material of an average size of 75 mm to an average …
A material is crushed in a Blake jaw crusher such that the average size of particle is reduced from 50 mm to 10 mm with the consumption of energy of 13.0 kW/(kg/s). What would be the consumption of energy needed to crush the same material of average size 75 mm to an average size of 25 mm:
Learn MoreA material is crushed in a Blake jaw Crusher such that the average size of particles is reduced from 50 mm to a certain size (L2) with consumption of energy of 30 kW/(kg/s). An average of 80 kW/(kg/s) is used to shred the same material from an average size of 150 mm to L2. Calculate the Rittinger coefficient and L2. and using Kicks law
Learn MoreA brittle material is to be crushed in a Blake jaw crusher such that the average particle size is reduced from 105 mm to 50 mm with the consumption of 11 kJ/kg of energy. How much energy (in kJ) will be needed to crush 146 kg of the same material from an average particle size of 51 mm to 22 mm?
Learn MoreBY JOEFEL JESSICA C. D Problem l A material is crushed in a Blake jaw crusher such that the average size of particle is reduced from 50 mm tp 10 mm with the consumption of energy of 13.0 kW/ (kg/s). What would be the consumption of energy needed to crush the same material of average size Z5 mm to an average size of 25 mm?
Learn MoreFiltration From 2008 Quiz A material is crushed in a Jaw crusher such that the average size of the particles is reduced from 50mm to 10mm, with consumption of energy of 13.0 kW/kg/s. What would be the energy consumption to crush the same material of average size 75mm to 25mm average size, using the Bond equation?
Learn MoreApr 25, 2018 · A material is crushed in a jaw crusher such that the average size of particle is reduced from 70 mm to 5 mm with the consumption of energy of 25 kW/(kg/s). How much energy would be needed to crush the same material of average size 60 mm to an average
Learn MoreJaw crusher can crush high moisture, viscous ore, and not easily blocked. General the small-scale dressing mill and quarry mostly use jaw crusher as primary coarse crushing. Capacity. The gyratory crusher is continuous crushing. Its outstanding advantage is high productivity, the ratio of crushing …
Learn MoreExercise 1 (a) 1) A material consisting originally of 25 mm particle is crushed to an average size of 7 mm and requires 20KJ/kg for this size reduction. Determine the energy required to crush the material from 25 mm to 3.5 mm. Assuming: a) Ritttingers law b) Kicks law c) Bond law 2) A material is crushed in a blake jaw crusher such that the average size of particle is reduced from 50 mm to 10mm with the …
Learn MoreJan 01, 2016 · For a jaw crusher the thickness of the largest particle should not normally exceed 80–85% of the gape. Assuming in this case the largest particle to be crushed is 85% of the gape, then the gape of the crusher should be = 45.7/0.85 = 53.6 cm and for a shape factor of …
Learn MoreA sample of materials is crushed in a Blake jaw crusher such that the average size of the particles is reduced from 50 mm to 10 mm with the energy consumption of 13 kW/(kg/s). Determine the consumption of energy to crush the same material of 75-mm average size to an average size of 25 mm using Rittinger's Law? 270 kW of power is required to crush 150 tons/hr of a material
Learn MoreSep 21, 2019 · The same machine is used to crush dolomite at the same output from 6 mm diameter average size to a product consisting of 20 per cent with an average diameter of 0.25 mm, 60 per cent with an average diameter of 0.125 mm and a balance having an average diameter of 0.085 mm. Estimate the power required, assuming that the crushing strength of the dolomite is 100 MN/m2 and that crushing …
Learn MoreShymaa Ali Hameed 2013-2014 Example 2 : A material is crushed in a Blake jaw crusher such that the average size of particle is reduced from 50 mm to 10 mm …
Learn MoreJan 01, 2019 · A material is crushed in a Blake jaw crusher such that the average size of particle is reduced from 50 to 10 mm with the consumption of energy of 13.0 kW/(kg/s). What would be the consumption of energy needed to crush the same material of an average size of 75 mm to an average …
Learn MoreJan 01, 2016 · This mathematical concept of jaw crusher operation has been developed for modelling and subsequent throughput prediction from jaw crushers (see Chapter 10). 4.4. Jaw Crusher Capacity Estimation. The capacity of jaw crushers is a measure of the mass or volume of crushed material produced in unit time of operation
Learn MoreA material is crushed in a Jaw crusher and the average size of particle is reduced from 50 mm to 10 mm, consuming energy at the rate of 13 kw-sec/kg. What will be the energy needed to crush the same material of average feed size 75 mm to an average product size of 25 mm. (i) Assume Rittinger’s law applies (ii) Assume Kicks law applies (iii
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